Modeltheoretic Semantics and the Syntax-Semantics Interface
Eddy Ruys
and
Yoad Winter
Course Description
In this course we will introduce elements of semantic theory and the
theory of the syntax-semantic interface. Our main aim is to discuss issues
which are necessary for the comprehension of contemporary work in these
domains within linguistic research.
The course will be divided into three sections:
Section A: preliminaries of modeltheoretic semantics
Section B: preliminaries of the syntax-semantics interface
Section C: a case study - the scope of indefinites
SECTION A
1. Basic notions of modeltheoretic semantics
We will discuss basic intuitions relevant for semantic theory, like
entailment, equivalence, contradiction, and truth in a model. For instance:
sentence (1) entails sentence (2) because (1) cannot be true unless (2) is.
(1) Mary sang and danced.
(2) Mary sang.
We will introduce the way in which modeltheoretic semantics accounts for such
meaning relations. Then we elaborate on the principle of compositionality: the
matching between the structure of an expression and its meaning. We will
discuss structural ambiguity and show its relations with the compositionality
principle.
2. Types and boolean structure
We will discuss the usefulness of a recursive definition of types for
describing the relation between syntax and semantics. The category-to-type
matching and its implications for the syntax-semantics interface will be
briefly introduced.
Then we elaborate on certain types which are of importance for the treatment of
coordination and negation phenomena: the Boolean types. We will discuss the
Boolean paradigm on natural language semantics and will compare it the
traditional "conjunction/negation reduction" approach.
3. Generalized quantifiers
The uniform meaning of NPs as sets of sets will be introduced. The centrality
of monotonicity properties will be shown for entailments like (3)=>(4).
(3) Every man arrived.
(4) Every tall man arrived.
Other important properties of determiners will be introduced: conservativity,
extension and permutation invariance. We then discuss two case studies:
negative polarity items and "there" sentences.
4. Interlude: lambdas in semantics
We will go through the basic properties of higher order logics for the
representation of natural language semantics. Especially: the lambda calculus.
SECTION B
This part of the course focuses on syntactic rules and generalizations that are
specifically held responsible for phenomena at the interface with semantics.
The primary focus will be on properties of natural language syntax that
determine the scope relations among expressions denoting generalized
quantifiers.
As a first approximation we will discuss the syntactic movement rule known as
Quantifier Raising (QR). The effects of QR account for certain apparent
violations of the principle of compositionality, and also results in
ambiguities such as in (5).
(5) A picture of every girl was sitting on his desk.
The syntactic restrictions on QR (islands) will be investigated and its
characterization as a rule of syntax justified.
In subsequent sessions we will discuss independent evidence for QR and the
associated syntactic representation known as Logical Form (LF). Such evidence
may be gleaned from VP ellipsis, antecedent contained deletion and elliptic
conjunctions. We will pay particular attention to the semantic analysis of
these phenomena.
SECTION C
The closing sessions of the course are dedicated to a case study: the
interpretation and scope properties of indefinite noun phrases. Such NPs
appear to violate the principle of compositionality without being amenable
to treatment in terms of QR. For instance, sentence (6) cannot get the
structure in (7) using QR, but it does have a meaning that corresponds to that
structure.
(6) If a particular white building in Washington is attacked by terrorists
then the US security will be threatened.
(7) [a particular white building in Washington] [if e is attacked by terrorists
then the US security will be threatened
We will compare several competing approaches and argue in favour of the choice
function approach.